Previously, we introduced the Maxwell software to establish 2D coil magnetic field simulation. Sometimes, 3D coils cannot be simplified to 2D. In this case, it is necessary to establish a complete 3D coil model. The basic analysis is similar to the 2D coil magnetic field simulation. The main difference is that you need to segment …
Maxwell transient simulation of electromagnetic gun with external circuit Since the ANSYS external circuit editor is not mentioned in many tutorials, the blogger writes it here so that everyone can learn from each other. Maxwell simulation electromagnetic gun external circuit This tutorial will not teach basic operations. You can go to station B to find …
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Circuit Design with Vendor Library Components (10) Previous: In this section, we will look at how to use library components provided by vendors to design circuit. First, we need to download and import the library. Open muRata’s official website (https://www.murata.com/en-sg/tool/data/librarydata/library-keysight2), then scroll down and you will see the download option (or you can download it …
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Resolving Differences in Ideal & Library Component Results (11) Previous:Circuit Design with Vendor Library Components (10) In this section, we discuss how to Resolve Differences in Ideal & Library Component Results and basic circuits of vendor library components. In the previous section, we used the components provided by muRata for simulation and found that there …
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Polymorphism / Dynamic Model Selection (12) Previous: ADS Tutorial (XI) Resolving Differences in Ideal & Library Component Results In this section, let’s take a look at Polymorphism / Dynamic Model Selection. Polymorphism is often used in circuit simulation and model selection. During the simulation process, the same model interface can call different model implementations according to …
Multi-Dimensional Data Processing in ADS (15) Previous: ADS Tutorial (XIV) Multi-Dimensional Parameter Sweeps in ADS Multi-Dimensional Data Processing ADS (Advanced Design System) is very important, as it can help us analyze and visualize the impact of multiple parameters on circuit performance. In the previous section, we simulated the three-dimensional parameters (frequency, myL, myC) and obtained the …
Using Sliders for Data Processing (16) Previous article: ADS Tutorial (XV) Multi-Dimensional Data Processing in ADS In this section, we will talk about Using Sliders Data Processing and analysis when processing multidimensional data . Through this method, we can adjust parameters in real time by dragging sliders, and observe the impact of parameter changes on circuit performance. …
Using Templates and Designguides in ADS (17) copyright Previous: ADS Tutorial Using Sliders for Data Processing (16) In this section, we will learn how to Use the Templates Designguides ADS to accelerate and optimize the circuit design process. Templates are pre-configured design projects that include layout, schematics, and simulation settings for a specific type of circuit; design …
Parametric Sub-Circuits in ADS (20) Previous Step In this section, let’s take a look at what Parametric Sub-Circuits in ADS are. This tool can be used to create reusable and adjustable circuit modules. These sub-circuits can achieve different circuit functions and performances by setting different parameter values. We open the previous TestBench: In this schematic, we have …
In this section, let’s learn about Reverse Engineering Vs Modeling in ADS and A vs. B modeling. These are two important techniques for analyzing and comparing circuit or system performance. They can help engineers understand the behavior of existing designs and optimize and improve them based on this. Specifically, reverse engineering is to deduce the working …